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2011年电力工程与自动化学术会议(PEAM 2011) | |||||||||||||||||
作者:佚名 文章来源:不详 点击数 更新时间:2011-1-8 18:21:33 文章录入:xiaohe 责任编辑:xiaohe | |||||||||||||||||
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国际会议 会议论文集被ISTP和EI检索 协办单位: 工程信息研究所 (Engineering Information Institute)、IEEE北京分会(IEEE Beijing Section)
承办单位:武汉大学电气工程学院 议题: 电气工程自动化 [ 重要日期 ] 全文截稿日期: 论文录用通知日期:
[ 会务组联系方式 ] 联系人: Elaine Hu 联系电话: 156 2908 5781 传真: E-mail: peam@scirp.org
会议网站: www.peamconf.org
会议背景介绍: Power Engineering and Automation Conference (PEAM 2011) will be held on September 8-9, You are invited to submit papers in all areas of power engineering and automation. All papers accepted will be included in IEEE Xplore and indexed by Ei and ISTP.
征文范围及要求:
Power Generation – Conventional and Renewable Hydropower technologies and applications Thermal power technologies and applications Safe nuclear energy generation and utilization Wind power generation and utilization Bio-energy technologies, process and utilization New technologies and design for energy efficiency New technologies for minimizing CO2 generation Environmental-friendly technologies for power generation Geothermal and tidal wave energy Photovoltaic for solar power application
Power System Management Power system management technologies Integrated substation automation technologies Power system monitoring and mitigation technologies Online monitoring and fault diagnosis system Control strategies for modern power system stability Modeling and simulation of large power systems Application of wide area measurement system Power system analysis and optimization Load modeling, estimation and forecast Power system planning and operation
Power Transmission and Distribution Ultra High Voltage (UHV) technologies HVDC and flexible AC transmission system Over-voltage, lightning protection and grounding Electromagnetic transient in high voltage power systems Insulation condition monitoring in power systems Advanced distribution and SCADA technologies Electromagnetic compatibility in power systems Plasma physics and the pulsed power technology Electromagnetic analysis in power systems
Smart Grid Technologies Concept and structural framing Information and smart meter reading system Smart grid networking Smart Grid demand response Intelligent dispatching Intelligent substation Intelligent distribution Dynamic optimization and control Smart appliances and consumer devices Version of smart and intelligent grid Communication infrastructure Improved interface and decision technology Integrated communication technology
Manufacturing Automation Green automation, remanufacturing Information based manufacturing Industrial robotics, material handling Distributed manufacturing Construction automation Agricultural automation
Design Automation System modeling and simulation Multidisciplinary design optimization Model reduction for complex systems Optimal sensor/actuator placement
Precision Automation MEMS/NEMS Optomechatronics systems Micro and nano-assembly Thermal management
Information Automation Data analytics Logistics and supply chain Web, Data and Text Mining Intelligent Search
Biomedical Automation Hospital and medical robotics Automated diagnosis & treatment Robotic surgery Health care management High throughput screening & drug discovery Automated cell culturing
Algorithm and Theory Discrete-event and hybrid systems Planning, coordination and scheduling Machine learning Multi-agent & distributed control Image processing and machine vision Distributed sensor/actuator network Robust manipulation and assembly
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